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  1. Finely dispersed heat resistant refractories based on technogenic materials, V.P. Sivov, P.V. Sivovn, Glass and Ceramics, 56, (9-10), p 308, 1999
  2. Process for recycling of refractory material, Brunk Fred, Patent number EP0726233 (1996)
  3. Recycling of silica-rich refractory material, Schmidt Dieter, Gebhardt Franz, Boymanns Gerda – Patent number DE4342934 (1995)
  4. Reuse of especially silicon carbide containing alumina-rich refractory rubble, Arlt Klaus-Juergen, Koenig Hans – Patent Number DE 19722035 (1998)
  5. Riciclo dei refrattari nell’industria dell’acciao, Y. Nakamura, N. Hirai, Y. Tsutsui, K. Uchinokura, S.I. Tamura – Ceramurgia 93, n° 2 92-97, 1999.
  6. Toxicity of chromium compound formed in refractories, Donald J. Bray – Am. Ceram. Soc. Bull. 64, (7), p 1012 (1985)
  7. Tendances dans les réfractaires pour fours céramiques, M. Lefèvre – L’Industrie Céramique et Verrière n° 962/10, p 644 (2000)
  8. Analyse du cycle de vie des réfractaires, H. Le Doussal – L’Industriel Céramique et Verrière, n° 946/6-7, p 376 (1999)
  9. Recycling/Disposal Issues of Refractories, J.P. Bennet, M.A. Maginnis – Ceram. Eng. Sci. Proc., 16 (1), 127-41 (1995)
  10. An Overview of Ceramics Recycling in France, C. Sultan – Key Engineering Materials, Vol 132-136 (1997) p 2200-2203
  11. Recycling spent refractory materials of the US bureau of mines, M.A. Maginnis, J.P. Bennett – Ceram. Eng. Sci. Proc., 16 (1) 190-98 (1995)
  12. Recycling at Corhart – a 30 year success story, R.A. Webber – Ceram Eng. Sci. Proc., 16 (1) 214-19 (1995)
  13. Waste disposal options for refractory tearout, L.D. Alexander, Am. Ceram. Soc. Bull., 74, (1995), 69
  14. Recycling and disposal of refractories, J.P. Bennett, K.S. Kwong, S.W. Sikich, Am. Ceram. Soc. Bull., 74, (12), 1995
  15. Waste minimization in industries using refractory materials, D.E. Albrino – Proc. Unified Int. Tech. Conf. on Refractories – Fifth Biennal Worldwide Congress 197, Vol I., p 465
  16. Recycling of spent refractories and other used materials to refractory raw materials by fusion, W.W. Wellborn – idem p 473
  17. Recycling of spent refractory materials from carbon baking furnaces, L. Holmes, N. Schubert, A. Mooney, J. Bennet, K.S. Kwong – idem p 477
  18. Recycling cement kiln refractory brick at ash grove cement company, B.D. Theriot, W.L. Greer, K.J. Rone – idem p 497,
  19. An economic, logistic and technological approach to refractory recycling, J.D. Smith, K.D. Peaslee, A.S. Barnes, H. Fang, idem p 509
  20. Method and apparatus for recycling an aggregate contaminated with a hydrocarbon, L. Brookes, R. Monbiot – Patent number : WO 99/20409
  21. Recyclage de la silice de démolition des fours de verrerie, P. Cayrel, J. Ruelle, G. Richez, Verre, 4, (1998), 44
  22. Hexavalent Chromium in used magnesia chrome refractories and its removal by carbon reduction, Proc. Unified Int. Tech. Conf. on Refractories 1999, p 257
  23. Production of magnesite-chromite brick by regaining the process waste in the basic refractory industry, K. Yasemen, G. Selakattin, O. Serdar – idem p 73
  24. Le recyclage des réfractaires, Verre – vol.4, pp28-29 (1998)
  25. The future of refractory materials recycling, R.T. Oxnard, Ceram. Industry (Feb 1997), p41
  26. Recycling chromium-bearing refractories through pyrometallurgical technology, R.H. Hanewald, M.E. Scheers, J.C. Onuska, Ceram. Eng. Sci. Proc. 14 (3-4), p218 (1993)
  27. Récupération et valorisation des réfractaires usagés, A. Ortega, L’industrie Céramique et Verrière, N°938, 6-7/98, p376
  28. Environnement et recyclage: quelles tendances pour l’industrie réfractaire, idem, N°959/05, 07/2000, p263
  29. Refractory recycling, R.T. Oxnard, Am.Ceram. Soc.Bull., 73, (10), 1994, p46
  30. Can recycling of refractory materials be economical, American Glass Review 02/94, p.8
  31. A processing plant for refractory recycling, R.T. Oxnard, IM Refractories Supplement 1983, p.106
  32. Modelling the reuse of spent basic refractory material in a EAF, J. Kwong, J.P. Bennett, 4th Int. Symp. on Recycling of Metals and Eng. Mats., Ed. D.L. Stewart, R. Stephens, J.C. Daley TMS, 2000 P. 1369
  33. Spent Refractory Waste Recycling from non-ferrous Metals Manufacturers in Missouri, J.D. Smith, K.D. Peasle, idem p.1385
  34. Spent Refractory Recycling/ Reuse efforts in the steel and aluminium Industries, J.P. Bennett, K.S. Kwong, idem p.1353
  35. Perspective de l’industrie européenne et mondiale des réfractaires, L’Industrie Céramique et Verrière N° 971, 08-09 2001, p312
  36. Sustainable Development of Refractories – From Policy to Realities, E. Jorge, P. Sébastien – Stahl und Eisen, p 1-3, Sept 2001
  37. Spent ladle Refractories – Characterisation and Reuse in New Refractory Materials, Ch. Viklund-White, K.Ruotamen and S. Gehör – Stahl und Eisen, p 86-91, Sept 2001
  38. Einsatz von Recycliertem Magnesia-Kohlenstoffmaterial in Pech – und Harzgebundenen Steinen, B. Grabner und G. Kloss – Stahl und Eisen, p 146-149, Oct. 1994
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